Sentence examples for the aim of deciphering from inspiring English sources

All data is contextualized within a framework of archaeological information and radiocarbon dating, with the aim of deciphering the Holocene environmental changes.

With the success of the Human Genome Project and taking advantage of the recent developments in high-throughput genotyping techniques as well as in functional genomics, it is now feasible to collect vast quantities of genetic data with the aim of deciphering the genetics of human complex traits.

However, survival rates remain low fostering identification of new prognostic factors and therapeutic target such as telomerase with the aim of deciphering new modes of adjuvant therapies.

Using Approximate Bayesian Computation (ABC) methods to compare the genetic diversity observed based on real and simulated data, we then estimated the relative age of the varieties with the aim of deciphering the evolutionary dynamics of yam diversity.

With the aim of deciphering hybrid genome evolution, these posthybridization rearrangements have to be distinguished from those which took place in the parental genomes during the long period that preceded the hybrid formation.

In the present study, the question of the sensitivity of neurones to bi-component leukotoxins of S. aureus is addressed with the aim of deciphering the mechanisms of cell response.

With the aim of helping to decipher this higher order connectivity we propose a new methodology for gleaning patterns of interaction between biological processes, manifested by a significantly enriched web of protein-protein interactions, transcriptional coordination or genetic interactions.

Because the aim of this study consisted at deciphering the transcriptional signatures that confer the functional specializations of MRGPRD-expressing cutaneous free nerve ending and C-LTMRs, we analyzed the expression patterns of 48 DP-enriched genes and 68 C-LTMTRs-enriched genes.

The aim of this study was to decipher the molecular basis of how cetuximab enhances oxaliplatin's antiproliferative effects; basically, how EGFR signalling pathway inhibition regulates oxaliplatin pharmacology.

Thus, the aim of this study was to decipher the genetic determinants responsible for the variation of antibiotic resistance phenotypes among S. maltophilia strains recovered from the environment.

The aim of this study was to decipher the genetic determinism of antibiotic resistance among strains from different origins (i.e., natural environment and clinical origin) showing various antibiotic resistance profiles.